BACKGROUND: Pancreatic exocrine dysfunction has been described frequently in IDDM and NIDDM patients. Most authors tried to explain this finding as a diabetic complication. On the other hand, diabetes secondary to chronic pancreatitis (CP) might be more common than believed so far. AIM OF THE STUDY: In this study we evaluated pancreatograms of patients with known diabetes mellitus in order to detect ductal morphology changes characteristic for CP. METHODS: Consecutive diabetic patients admitted for ERCP for different reasons were evaluated retrospectively concerning ERCP findings, especially pancreatic duct changes (Cambridge classification), diabetes type, duration and therapy. RESULTS: 156 patients (76 male, 80 female; mean age 60 years (19-93)) were studied (38 IDDM; 118 NIDDM). Pancreatic ducts were classified as normal in 23.3%, CP degree I in 22.7%, CP degree II in 32.7% and CP degree III in 21.3%. The duct changes did not correlate with diabetes type (p = 0.19), diabetes duration (p = 0.38), diabetes therapy (p = 0.5) or age (p = 0.48). CONCLUSION: Since CP should be defined by morphological and functional changes, it must be concluded that a substantial number of patients with a primary diagnosis of diabetes mellitus may have CP as a concomitant disease or, more likely, as a cause for their diabetic state.
BACKGROUND:Pancreatic exocrine dysfunction has been described frequently in IDDM and NIDDMpatients. Most authors tried to explain this finding as a diabetic complication. On the other hand, diabetes secondary to chronic pancreatitis (CP) might be more common than believed so far. AIM OF THE STUDY: In this study we evaluated pancreatograms of patients with known diabetes mellitus in order to detect ductal morphology changes characteristic for CP. METHODS: Consecutive diabeticpatients admitted for ERCP for different reasons were evaluated retrospectively concerning ERCP findings, especially pancreatic duct changes (Cambridge classification), diabetes type, duration and therapy. RESULTS: 156 patients (76 male, 80 female; mean age 60 years (19-93)) were studied (38 IDDM; 118 NIDDM). Pancreatic ducts were classified as normal in 23.3%, CP degree I in 22.7%, CP degree II in 32.7% and CP degree III in 21.3%. The duct changes did not correlate with diabetes type (p = 0.19), diabetes duration (p = 0.38), diabetes therapy (p = 0.5) or age (p = 0.48). CONCLUSION: Since CP should be defined by morphological and functional changes, it must be concluded that a substantial number of patients with a primary diagnosis of diabetes mellitus may have CP as a concomitant disease or, more likely, as a cause for their diabetic state.
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